Abstract
Differences in uptake of Mn by Sinapis alba L. and Triticum aestivum L. after using glyphosate and MCPA-based pesticides and the selected herbicidal ionic liquids
Highlights
Summary The main aim of the study was to examine the impact of the glyphosate and MCPA – type active substances present in commercially available pesticides on the uptake of Mn by plants as compared to selected herbicidal ionic liquids
The research material consisted of soil samples with Mn content at 100 mg/kg level and enriched up to 300 mg/kg, and commercially available pesticides such as Roundup 360 SL and Chwastox Extra 300 SL, and herbicidal ionic liquids [Etq O-12][Glif] and [Etq O-12][MCPA]
The use of traditional glyphosate and MCPA-based plant protection products may reduce the uptake of Mn from 20 up to 50%
Summary
The research material consisted of soil samples with Mn content at 100 mg/kg level and enriched up to 300 mg/kg, and commercially available pesticides such as Roundup 360 SL and Chwastox Extra 300 SL, and herbicidal ionic liquids [Etq O-12][Glif] and [Etq O-12][MCPA]. Materiał stanowiły próby gleby o zawartości Mn na poziomie 100 mg/kg oraz wzbogacone do poziomu 300 mg/kg, handlowe środki ochrony roślin Roundup: 360 SL i Chwastox Extra 300 SL oraz herbicydowe ciecze jonowe – [Etq O-12][Glif] i [Etq O-12][MCPA].
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